The world today is full of chemistry. As essential chemicals, polymers, or medicines, in innovative energy storage or the latest nanomaterials – chemistry is everywhere.
Das Bachelorstudium beschäftigt sich mit digitalen Technologien von morgen. Es kombiniert die Fächer der Informatik, einem individuellen Anwendungsgebiet und Projekten zur Digitalisierung.
Electrical engineering is one of the most important sectors of the German economy. It encompasses the classic fields of energy supply, automation technology, telecommunications, and circuitry.
Products made from primarily extracted or recycled raw materials are used every day. Raw materials are therefore an indispensable basis for our everyday lives.
Humanity is facing a major challenge to its energy supply: In order to protect the climate, all of the fossil fuels in current usage need to be replaced by renewable energy sources.
Sports engineers are able to use specific material properties in combination with measurement and diagnosis methods, tailoring them specifically for applications in competitive sports as well as recreational, preventative, and rehabilitative exercise.
In line with TU Clausthal’s profile, our master’s program in chemistry is focused less on fundamental research as such and more on materials and processes.
This interdisciplinary degree program includes the subjects of computer science, a selectable application area as well as various digitization projects in equal parts.
Information technology is among Germany’s vital economic sectors, covering modern disciplines of electrical engineering like automation technology, telecommunications and microelectronics.
Become an expert in current topics in computer science, such as artificial intelligence, human-computer interaction, energy informatics, computer graphics, big data, and hardware and software engineering.
Even in this era of transformation for climate protection and the energy system, the fossil fuels oil and natural gas remain an essential pillar of our society.
How we deal with garbage, waste water, and emissions, taking into account technological, economic, and social issues, is what this degree program is all about.
The digitalization of our society could not be more topical, concerning everything from digital factories, to sustainable mobility, to digital aspects of the shift to greener energy.
Students are introduced to state-of-the-art research areas in the three focuses they can choose from: production and processes, management of energy and mineral resources, and materials engineering.
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